bit-GEM

bit-GEM is a proprietary microbial genome sequence database developed by bitBiome, designed to serve as the world's most diverse and comprehensive resource for searchable, highly usable microbe genome sequences. Built on single-cell sequencing of microbes sourced directly from natural samples, the database currently holds 2.5 billion sequences and continues to grow, making it the leading catalog of its kind for researchers and industry professionals seeking novel biological building blocks.

Unlike public databases, bit-GEM draws on nature's most potent microbial resources, including samples collected from extreme and diverse environments such as soil, marine water, hot springs, and mining sites. This approach yields over a billion gene sequences that cannot be obtained by any other method and are entirely absent from publicly available databases — offering a genuinely unique discovery advantage across multiple industries.

Key Benefits

• Large collection of extremophiles with potentially novel enzyme activities and functional requirements
• Unique sequences that are free-to-operate and patentable, providing clear commercial utility
• Broad industry-wide applicability, spanning healthcare, pharma, sustainability, food, materials, and chemicals

Database Scale and Composition

• 2.5 billion and growing proprietary sequences currently housed in the database
• Approximately 1 billion new sequences added every year
• Approximately 60% of sequences derived from environmental samples
• Approximately 50% taxonomic novelty compared to public databases, reflecting the depth of undiscovered microbial diversity captured

Industry Applications and Case Studies

• Drug Biomanufacturing: bit-GEM supports the discovery of a stronger, more diverse toolkit of transaminase enzymes through approaches such as ancestral sequence reconstruction, enabling more effective biomanufacturing of pharmaceutical compounds
• Materials and Textiles: The database has been applied to maximizing the potential and performance of PETase enzymes, supporting the development of sustainable alternatives to plastic materials

bit-GEM is positioned as a foundational resource for organizations seeking to unlock novel enzymatic and microbial functionality that is unavailable through conventional or public genomic resources, with applications extending across life sciences, industrial biotechnology, and sustainability-focused sectors.